Font Size: a A A
Keyword [NS5B]
Result: 1 - 20 | Page: 1 of 2
1. The Study On Template Selection In Genomic Replication Of Hepatitis C Virus
2. Clone, Expression, Purification Of HCV Ns5b And Preparation Polyclonal Antibody Against NS5B
3. Activity Assay And Inhibitor Screening Of HCV RDRP
4. Three Dimensions Quantitative Structure-activity Relationships And Molecular Docking Studies On Inhibitors Of Enzymes
5. The Analysis Of The Replication Activity Of NS5B Proteins Using 3' Terminuses Of Negative RNA Strand From Defferent HCV Genotypes As Templates
6. Nucleotide Sequence Analysis Of HCV In Exit-Entry People Of Qingdao Port
7. Expression, Purification Of HCV NS5B And Establishment Of A Novel Method For Measuring Its Enzyme Activity In Vitro
8. Studies On The Interactions Of ALR2 And HCV NS5B Polymerase With Drugs By 3D-QSAR And Molecular Docking
9. Construction Of Human Single Chain Antibodies Library Using Ribosome Displayand Screening Of Scfvs Against HCV NS5B Protein
10. The Molecular Simulation Research On The Interaction Between HCV NS5B Polymerase And Its Inhibitors
11. Control Of HCV NS5B Protein Expression In Transgenic Mice
12. QSAR Studies Of HCV NS5B Polymerase Inhibitors
13. Small Molecule Compounds Based On The Two Keto Acid Structure In The Design, Synthesis And Anti Hcv Active Research
14. Screening Of Inhibitory Peptides To Hepatitis C Virus NS5B RNA Polymerase
15. Molecular Simulation Study On The Interaction Between HCV Related Targets And Their Inhibitors
16. Construction Of A Novel Cell System To Evaluate The HCV NS5B Polymerase Activity Using The Minigenome
17. Study On Active Components And Mechanism Of Ligustrum Lucidum Inhibiting Hepatitis C Virus
18. Preliminary Study On The Mechanism Of Hepatitis C Virus Regulating Stress Granule Formation
19. The Study Related To Hepatitis C Virus Genotypes In The Patients With Hepatitis C In Guangzhou Region
20. Design, Synthesis And Biological Evaluation Of Novel Indole Derivatives As HCV Non-Nucleoside NS5B Inhibitors
  <<First  <Prev  Next>  Last>>  Jump to